The electrical double layer (EDL) between solids and liquids serves as the primary interface
for ionic‐electronic coupling and is pivotal in nanoscale phenomena, governing electric field …

This study theoretically explores the electroosmotic and electromagnetohydrodynamic
(EMHD) transport of couple stress fluid in a microchannel subjected to an applied magnetic …

In this paper, the electroosmotic flow and heat transfer of incompressible Newtonian fluid
through a polyelectrolyte-grafted microchannel with modulated charged surfaces are …

Nanofluidic thermoelectrics has attracted significant interest recently due to its potential for
low-grade heat recovery. However, the impact of hydrodynamic slippage on power …

Ion-selective properties are widely used in desalination, energy storage in batteries,
electroplating, etc. This paper presents a direct numerical simulation of electroconvective …

Induced charge electro-osmosis has notable implementation possibilities in thermal
management and efficient electrokinetic micropumps. We present the coupled numerical …

Ionic thermoelectric (i-TE) systems convert low-grade heat into electricity based on ion
migration driven by the Soret effect under a temperature gradient. Current research conducts …

Electroosmotic flow (EOF) is of utmost significance due to its numerous practical uses in
controlling flow at micro/nanoscales. In the present study, the time–periodic EOF of a …

This work analyzes the non-isothermal electro-osmotic fluid flow in a microchannel
considering the Soret effect and temperature-dependent properties. The constitutive …

Active modulations of charged interfaces are of importance to both electrochemical research
and applications, where the overlimiting current response is linked to dendrite formation on …